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System for processing and simulation of brain signals

机译:用于脑信号处理和仿真的系统

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Processing and simulation of brain signals from stochastic models have allowed going deep into the study of brain function during sleeping and pathological situations, it had also facilitated the quantification and assessment of the effect of different drugs. In order to make well know with this type of signals is necessary to have highly specialized and expensive equipments, it makes difficult the training and learning processes of medical helper and biomedical engineers. Virtual laboratories have been used successfully in learning processes in a biomedical engineering field because of their educational benefits and their low economic cost. This paper presents a virtual laboratory developed in Matlab®, which facilitates the understanding and usefulness of the techniques to processing signals from brain origin. To implement the application, EEG signals have been modelled and real intracerebral and cortical signals recordered during surgical procedures also have been used. Besides the application allows to assess characteristics of brain signals, it allows also to evaluate the usefulness of processing techniques used in clinical practice.
机译:对来自随机模型的脑信号进行处理和模拟,使他们能够深入研究睡眠和病理情况下的脑功能,也促进了对不同药物作用的量化和评估。为了充分了解这种信号对于拥有高度专业化和昂贵的设备是必不可少的,这使得医疗助手和生物医学工程师的培训和学习过程变得困难。由于虚拟实验室的教育收益和较低的经济成本,它们已成功地用于生物医学工程领域的学习过程中。本文介绍了在Matlab®中开发的虚拟实验室,该实验室有助于理解和处理处理来自脑源的信号的技术。为了实现该应用,已经对EEG信号进行了建模,并且还使用了在外科手术过程中记录的真实脑内和皮层信号。除了该应用程序可以评估大脑信号的特征之外,它还可以评估临床实践中使用的处理技术的有用性。

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